PhD candidate (Physics)

Thesis title : Multiscale modeling of loading and unloading of hydrogen in hydrogen storage material using Small Angle Neutron Scattering (SANS) data

• Further development of software solution Sassena for calculation of scattering pattern from Molecular Dynamics (MD) simulation.
• Calculation of spectroscopic and wide angle diffraction pattern from Molecular Dynamics (MD) simulations.
• Development of novel method for calculation of small angle neutron scattering (SANS) pattern from Molecular Dynamics (MD) simulation without any finite size effect.
• Development of novel method for calculation of small angle neutron scattering (SANS) pattern from continuum simulation without any finite size effect.
• Data-driven simulation of diffusion of hydrogen in hydrogen storage material using experimentally measured SANS data.

• Trouble shooting simulations of colleagues to enable them to efficiently use Sassena.
• Taking part in different experiments line neutron powder diffraction and X-ray diffraction, with colleagues.

MSc in Computer Aided Mechanical Engineering

Master thesis : A continuum shell formulation for anisotropic graphene structures and its comparison to Molecular Dynamics results

• Development of anisotropic material model for graphene.
• implementation of anisotropic constitutive law for membrane finite element formulation.
• Molecular dynamic simulation of graphene using LAMMPS.
• Comparison of molecular dynamic and continuum mechanic results.

• Development of a prediction method of internal parameters of failure model using data analysis method for products manufactured by SLM process.
• Generation of training data set in ABAQUS using a Python script for different combinations of failure model parameters.
• Implementation of the developed prediction.

• Molecular Dynamics (MD) simulation
• Numerical methods
• FEM simulation
• Continuum mechanics
• Computational Fluid Dynamics (CFD) simulation
• Tensor algebra

BTech in Mechanical Engineering

Thesis title : Addition of power given by two drivers sitting in a tricycle

Important subjects :

• Solid mechanics
• Fluid mechanics
• Machine design
• Manufacturing